The EMZ-8TRH is a new and improved high eyepoint model with an eye relief of 20.9mm designed for microscopists and for people who wear glasses. It is specially designed to give the user more clearance between their eyes and the microscope. The high eyepoint models also use a newly designed eyepiece with a wider designed lens to compliment the high eyepoint models (MA522 10X, MA818 15X, MA819 20X). Optional rubber eye guards (MA906) are also available.

The EMZ-8TRH Trinocular High Eyepoint with 0.7x-4.5x zoom ratio offers direct light to all three viewing ports simultaneously. The EMZ-8TRH is designed for high-contrast images and has an excellent zoom range of 6.5:1 that is parfocalled all throughout the zoom range. It has Greenough optics for improved image flatness and contrast which results in brighter images at the periphery of the field of view. The EMZ-8TRH offers erect unreversed stereoscopic images providing high resolution observation in precision-oriented semi-conductor, medical device and routine inspection. In addition to its compact design and versatility, a wide variety of auxiliary lenses and stands are available to allow the user to customize their desired working distance to adapt to almost any application. Photomicrography made easy with over 300 available digital, analog and SLR camera adapters. Also suitable for eyeglass users.

The P stand in Meiji Techno America’s basic pole stand with "F" focusing holder mounted on a plain base. It accepts our EMZ, EMT and EMF stereo microscope bodies. It is supplied with a 94.5mm diameter reversible black and white stage plate with a locking pin, two stainless steel stage clips and a 20mm diameter vertical pole. The P stand's compact design allows users to maximize their work area, so that operation in limited space becomes possible. Since there is no built in illumination, it allows the end-user to select from a variety of incident light options from an LED ring light to a dual arm fiber optic system.

The MA961D/80/ESD is designed with an inner and outer quadrant daylight LED ring populated by 80 high quality, extremely bright, which can be controlled in 8 segmented white LED’s. The inner and outer rings of LED’s are set at different angles to create a uniform illumination across a wide range of working distances. The MA961D/80/ESD it has 6500K illumination. Each ring and LED segment can be independently controlled using advanced eight segment LED controller. Dual dimming controls provide maximum color stability at all dimming levels. CNC-machined from a solid block of aluminum alloy allowing optimal thermal management and performance in a rugged, attractive package. The MA961D/80 comes standard with a universal power source for worldwide operation.

The MA151/35/03 0.3X lens (21mm reticle mount) video C" mount is used to connect the CCD Camera to the trinocular tube of the EM Series stereo microscope. The smaller the CCD imager is the greater the video magnification. Choosing the correct “C" mount for your application allows you to control the magnification on the video monitor. Meiji Techno offers the following "C" mounts for the EM Series Microscopes.

The HD1500TM’s display features full HD (1080x1920) resolution and provides high fidelity images from the HD1500TM with a refresh rate of 60 frames per second. Included with the display is a mounting kit that allows the display to be mounted directly on the HD1500TM. The incredibly disruptive aspect of the display is that when used with the (supplied) mouse, the user can access menus that provide all the features of the camera such as exposure, white balance, gamma etc plus allow the user to save images and videos to the cameras removable SD card for subsequent offline analysis. All this is achieved without the need for a PC.

The EMZ-8TRH is a new and improved high eyepoint model with an eye relief of 20.9mm designed for microscopists and for people who wear glasses. It is specially designed to give the user more clearance between their eyes and the microscope. The high eyepoint models also use a newly designed eyepiece with a wider designed lens to compliment the high eyepoint models (MA522 10X, MA818 15X, MA819 20X). Optional rubber eye guards (MA906) are also available.

The MA961/80/ESD Safe models are carefully constructed by starting with an alluminum alloy that is precision machined. These parts are then subjected to a multi-step proprietary coating process that both protects the alloy and preserves surface eletrical conductivity.

NEW: BUILT-IN MOUSE CONTROL CAMERA The significant innovation of the HD15000T is making the software implant inside the camera. This forward thinking feature frees users from cumbersone computers and annoying buttons. You can control the camera by only a mouse directly.

PERFECT COLOR REPRODUCTION Meiji Techno's HD technology offers true-to-life reproduction oh image color. What you see on the monitor is what you get from the microscope eyepiece. No compressed date transmission, resulting in scientific-grade images.

1080P 60FPS FULL FRAME RATESWith 60fps at 1080p, the HD1500T presents a perfect combination of outstanding resolution and frame rate. This allows the user to fluently manipulate the live images without any lags.

HDMI+USB 2.0+SD OUTPUTMultiple output options are available for this powerful HDMI camera. HDMI 1080P, USB 2.0, or SD memory card can be used individually or all three SIMULTANEOUSLY.

DUAL FPGA PROCESSORSWith an innovative Dual FPGA processor architecture design, FPGA1 for image quality processing and FPGA2 for image output control, you get a high-speed preview without sacrificing image quality. It is the most powerful camera you deserve to have.

SMART PRESENTATIONCamera parameters such as exposure time, white balance, and gain are designed by default to operate automatically. Automatic optimum configuration is expected to be done in 0.015 seconds, and you'll find that the camera is easily managed from the start.

PC TO TVImages are displayable on PCs and HDMI-installed TVs. All parameters can be controlled by the computer to adjust them to actual situations. This is advantageous in teaching and meeting applications.

On-board Video SavingThe SD card can save not only still images, but also dynamic images in 720P color definition, such that motion trails are recorded in fast speed and intact form.

LOW LIGHT SENSITIVITYThanks to its highly sensitive sensor, the HD1500T is capable of capturing low-light images rapidly. In darkfield imaging and even fluorescence, it will automatically increase the sensitivity, presenting low light images with clarity in high-speed preview mode.

Details

Modular Flexibility: EMZ Series zoom stereo microscopes are most the rugged microscopes from Japan and tailored to fit the needs of each and every customer. Modular design enables the user to engineer their own custom solution for virtually any application, selecting components from the widest range bodies, stands, eyepieces, supplementary lenses, illuminators, camera adapters, and accessory components available in the microscope industry today.

Superb Optics:Multi-coated optical components, free form chromatic and spherical aberration, provide crystal-clear, high resolution images. The Greenough optical design provides superior erect, unreversed, stereoscopic images, rich in contrast, brightness and correct in their original color. Excellent depth of field and a flat image rendition are also characteristic of the EMZ Series product line.

Ergonomic Design:All EMZ Series zoom stereo microscope bodies feature a compact lightweight design. Every stereo body features adjustment diopter tubes and interpupillary distance adjustment. Observation tubes are inclined at 45°, 60° or 90° for convenient fatigue free viewing depending on the application, A range of fixed of tilting focus blocks are available to mount the microscope body onto existing O.E.M. equipment. A choice of Zoom, Turret or Fixed magnification bodies with various working distances, optional auxiliary objectives and eyepieces, multiple adjustable stands, versatile illumination systems, and auxiliary components allow the end user to design a system to fulfill their specific requirements.